We are working on the development of a robotic device for tooth preparation enabling a fully digital treatment workflow based on an innovative technology previously developed at the **BIROMED-Lab**. The basis for the development of this miniature intraoral robot is a sensorized dental phantom head, which we are currently developing. An important functionality of the phantom head is an automatic recognition of the dental drill type, length, diameter and wear level currently in use. Therefore, you will develop a strategy and a corresponding system of devices for automated tool analysis.
We are working on the development of a robotic device for tooth preparation enabling a fully digital treatment workflow based on an innovative technology previously developed at the **BIROMED-Lab**. The basis for the development of this miniature intraoral robot is a sensorized dental phantom head, which we are currently developing. An important functionality of the phantom head is an automatic recognition of the dental drill type, length, diameter and wear level currently in use. Therefore, you will develop a strategy and a corresponding system of devices for automated tool analysis.
Developing a system for the dental drill analysis. The drill monitoring can be done with a sensor solution or an image analysis approach
Developing a system for the dental drill analysis. The drill monitoring can be done with a sensor solution or an image analysis approach
Carina Schmidt (carina.schmidt@unibas.ch) Department of Biomedical Engineering Hegenheimermattweg 167C CH-4123 Allschwil, Switzerland
Carina Schmidt (carina.schmidt@unibas.ch) Department of Biomedical Engineering Hegenheimermattweg 167C CH-4123 Allschwil, Switzerland